Evaluation of Mobility Management Protocols for Next Generation Wireless Network

Abstract

Typically LTEA increases the stability of the uplink control channel and the network coverage which transmits variety to complete. newlineThis thesis discusses about the development of the handover mechanism to enhance the performance of mobility protocols by designing an enhanced protocol like SONDNNDMMPMIPv6 over a network of 50 nodes in addition to performance analysis. This thesis work further presents the performance characteristics comparison of SON without SON PMIPv6 DMMPMIPv6 SONDNNDMMPMIPv6 for varying complexity based on different number of network nodes with average and overall handover delays. Also the effect of increasing number of parameter and complexity on the performance of the network during handover is studied. Another technique known as SONDNNDMMPMIPv6 a selfsorting neural network for the DMMPMIPv6 convention is employed. During this work the network of selfassociation based on its flexibility is organized and performed by a precharacterized neural hand calculation of the profound learning which is used for planning the selforganizing network. DNN relies on the neural organization of a prepared feed forward. For portability the executive s convention are liable for keeping up the continuous correspondences while the client wanders among particular organizations and furthermore to give reach ability to the versatile clients in a particularly heterogeneous climate regarding access. newlineTo evaluate the work of the proposed system this research study focuses on investigation and recreations to gauge the presentation of the conventions regarding portability cost efficiency coverage throughput packet delay volume density of traffic throughput reliability availability latency and retain ability handover delay total handover delay HOP delay cross layer delay effect Predictive and Reactive protocols comparison based on delay handover latency etc. The simulation was carried out using the NS2. newline